| Project Topics | Advisor |
|---|---|
| Projektarbeit (PA), Design Project (DP) oder Anlagenprojektierung (AP) |
|
| starting in summer semester 2023: | |
| PA - DP - AP - Design of a Biomass to Ethylene Plant (PDF) | Dominik Pöttinger |
| PA - DP - AP - Design of a biogas plant (PDF) | Bernhard Huber |
| PA - DP - AP - Design of a feedback controller for a power-to-gas plant (PDF) | Lingga Putra |
| AP - Auslegung einer Anlage zur Verwertung von Faulschlamm mittels HTC und anschließender Verbrennung des Carbonisats (PDF) | Szymon Herdzik |
| Currently assigned topics are not listed. |
How do I participate in the project works of Professorship RES?
- For registration and processing: Please contact the named supervisor.
We will then register you as a group for the corresponding project work in TUMonline. A registration on your part in TUMonline for participation in the module is therefore not possible.
- Group work: The listed modules are group works of 2 - 6 students.
- Organization of the groups: is done independently by the students.
- Duration of work: 4 - 6 months in total.
- Start: Work on a topic can be started at any time and is not bound to lecture times, etc. Project work will be graded for the semester in which the work was begun.
► Information paper for the project works at RES (PDF)
Overview page "Project works at TUMCS":
https://www.cs.tum.de/studies/project-works/?lang=en
Campus-wide offer of project works
Corresponding project work can be and is offered by all professorships/chairs that are active in the respective study program Technology of Biogenic Resources (TBR) or Chemical Biotechnology (CBT).
Other professorships/chairs at TUMCS that offer project work include (links to original pages):
► Chemical and Thermal Process Engineering (Prof. Dr.-Ing. Jakob Burger)
► Energy Technology (Prof. Dr. Josef Kainz)
- Project planning of a micro pump storage system using a pump as a turbine (PDF)
(Florian Lugauer, florian.lugauer@hswt.de )
► Geothermal Energy (Prof. Dr. Thomas Vienken)
- "Machbarkeitsstudie zur Wärmeversorgung des TUM Campus Straubing Gebäudes an der Uferstr. 53 mittels Erdwärmesonden unter Berücksichtigung der speziellen Standortfaktoren"
- „Machbarkeitsstudie zur Nutzung der Geothermie und unterirdischen Wärmespeicherung zur Steigerung der Energieeffizienz bei der Klebebandherstellung (in Zusammenarbeit mit der ATP Alltape Klebetechnik GmbH)“